HARDWARE

Laser processing solutions for hardware

The application of laser in the Hardware Process Industry has become more and more extensive. The Laser helps people make a high-quality and secure mark on various kinds of materials, cut out tool shapes, or even makes a different carving of different depth on the surface of metals.

Fiber laser

Fiber laser

In the area of the production of raw materials and finished products, these can be marked from the start with, for example, a serial number or a 1D & 2D code in an efficient and environmentally friendly way. This guarantees an always complete quality assurance and a clear identification.

In the area of tool production, a laser system can be used to mark tools with consecutive serial numbers, 1D & 2D codes and logos. Furthermore, chip breakers can be produced or circumferential marking of round parts with scales, logos and serial numbers. Depending on the composition of the material, plastics can also be foamed or carbonized.

Possible laser marking methods:

Annealing

Marking and cutting foils

Colored annealing

Color / anodizing and paint removal

Surface structuring

Marking

Deep engraving

3D deep engraving

Laser cutting

Foaming

Carbonization

Some other application examples

More applications on hardware industry

Tool holders

Carbid metal

Production of chip breakers

Deep engraving for stamp

Oiled parts

Production of frosting, surface structuring and texture

Molded parts

Cutting materials

Marking and cutting of foil

Raw materials and finished products

Machine components

Round parts with scales, serial numbers and logos

Plastic and rubber parts

Injection molded parts

Housing, single or complete components

Advantages

High efficiency is achieved by an extremely flexible laser marking system, which adapts quickly to changing requirements.

High economic efficiency, identification, traceability, quality assurance through testing with integrated camera, database connection with feedback of the labeling, high quality, durable and permanent marking, optimal and long-lasting readability.